Skip to product information
1500 ℃ Max Hi-Throughput 4 Channel Box Furnace(120*120*120mm) KSL-1500X-MGI-4
  • 1500 ℃ Max Hi-Throughput 4 Channel Box Furnace(120*120*120mm) KSL-1500X-MGI-4
  • 1500 ℃ Max Hi-Throughput 4 Channel Box Furnace(120*120*120mm) KSL-1500X-MGI-4
  • 1500 ℃ Max Hi-Throughput 4 Channel Box Furnace(120*120*120mm) KSL-1500X-MGI-4
  • 1500 ℃ Max Hi-Throughput 4 Channel Box Furnace(120*120*120mm) KSL-1500X-MGI-4
  • 1500 ℃ Max Hi-Throughput 4 Channel Box Furnace(120*120*120mm) KSL-1500X-MGI-4
1500 ℃ Max Hi-Throughput 4 Channel Box Furnace(120*120*120mm) KSL-1500X-MGI-4

1500 ℃ Max Hi-Throughput 4 Channel Box Furnace(120*120*120mm) KSL-1500X-MGI-4

SKU: ksl-1500x-mgi-4

Price: RFQ

Specifications

 The KSL-1500X-MGI-4 is a four-channel box furnace with a chamber size of 120*120*120mm. It can be used for high-throughput processing of multiple samples with a maximum temperature reaching 1500. Each heating module has an independent temperature control system, allowing simultaneous processing of four samples at different temperatures. This equipment has a small footprint, and low energy consumption, making it an ideal product for universities, research institutions, and enterprises involved in high-temperature sintering and quality testing. Suitable for exploring phase diagrams of new-generation materials. SPECIFICATIONS: Furnace Structure Consists of four small box furnaces. Each module is independently temperature controlled, with a maximum temperature of 1500 Can simultaneously accommodate four samples for heat treatment at different temperatures High-purity alumina fiber chamber coated with alumina layer to enhance heating efficiency and extend the lifespan Double-shell structure with a built-in air cooling system for surface cooling

Furnace Structure
  • Consists of four small box furnaces.
  • Each module is independently temperature controlled, with a maximum temperature of 1500
  • Can simultaneously accommodate four samples for heat treatment at different temperatures
  • High-purity alumina fiber chamber coated with alumina layer to enhance heating efficiency and extend the lifespan
  • Double-shell structure with a built-in air cooling system for surface cooling
Specifications
  • Voltage: AC220V 50/60HZ, (two-phase 220V)
  • Power: 10KW
  • Heating rate: ≤10/min
  • Chamber size: 120*120*120mm
  • Heating element: Silicon carbide
Thermocouples S-type 

Working Temp. 
  • Continuous Working Temperature 1300°C
  • Maximum Working Temperature 1400°C (< 30 mins)
  • Maximum 1500°C upon request at extra cost
Temperature Control
  • Touchscreen temperature control module
  • Four independent temperature control channels enable simultaneous one-touch temperature control
  • PID automatic temperature control system
  • Intelligent 50-stage programmable control
  • Default DB9 PC communication connection port
  • Temperature control accuracy: ±1. (optional European temperature control accuracy up to ±0.1)
Laptop, software (Optional)
  • Brand new laptop with Microsoft Windows 10 and Microsoft Office 2013 (30 days free trial)
  • Labview-Based Temperature Control System (MTS01)enables users to edit temperature profiles, manage heat-treatment recipes, and record and plot data for MTI furnaces.

Warning &
Application note
  • MTI does not recommend customers to use flammable, explosive, or toxic gases(materials). If necessary due to the customers' needs, it is the customer who must take responsibility for relevant protection and explosion-proof measures. MTI is not responsible for issues arising from the use of flammable, explosive, or toxic gases(materials)
  • The equipment should operate on an independent power source, with a voltage range requirement within ±8%. It should not share the power grid with equipment generating high magnetic fields like medium and high-frequency devices. It should not be in the same room as such equipment. If unavoidable, conduct harmonic detection and treatment on the power grid and implement electromagnetic isolation for the equipment.
  • Keep the equipment away from areas prone to liquid splashing
  • Keep the equipment away from areas with magnetic or conductive powders
  • Insulation and heating elements are consumables. Cracks in insulation material during sintering are normal; they can be repaired using patching agents. Heating elements are also consumables. If the electric furnace cannot reach the working temperature or shows a significant slowdown in heating after prolonged use, contact the manufacturer to determine if replacement is necessary
  • There might be temperature fluctuations during low-temperature(below 300) operation
  • DO NOT open the furnace at temperatures exceeding 500

You might also like...